How Ionizer Operates
The KRIA ionizing water treatment system is designed to be deployed into lakes, rivers, streams and ponds, although it could be effectively applied into tanks and engineered reactors.
The ionizing unit has an intake where water is drawn into the reactor, and a discharge, where water is returned. The water interfaces with superoxide anion radicals (SOAR) which are produced from oxygen in the atmosphere. The air is drawn into the unit where it is electrochemically treated to negatively charge molecular oxygen into the superoxide anion.
The method of ionization is described as “ionization by collision” and involves reaction in a magnetic field as the air is drawn through a bed of ceramic balls with reactive minerals. The negatively charged air or SOAR is then pressurized and stored in a reservoir tank and injected into the water discharge of the system. The system discharge is also a key part of the treatment as it is designed to promote further reaction by cavitation and microbubble effect in addition to the superoxide reactions. (See Special Nozzle photo).
Negative Ion Capacity: (Fresh or Salt Water)
- Ions Produced 2,100,000 / cc (cubic centimeter)
- Ions Spread Speed 500 feet / day in calm water
- Ions Travel Distance 5000 feet in calm water
- Ions Depth Travel 330 feet in calm weather
- Ions are active and continue to clean for 7-10 days